Omron Fibre Optic Sensor, PNP Output, 1.08 W, 10 → 30 V dc

The E3NX-A series of fibre amplifier units are advanced performance sensors for ultra stable and easy detection. The sensing distance and minimum sensing object specifications of the sensors have been improved allowing easy detection in a wide variety of applications. The sensor has a high contrast white on black display providing increased visibility even from a distance.

Advanced smart tuning, consistent for all users
Automatic adjustment to optimum incident level
Maintenance signal output to reduce downtime

This fibre optic sensor is engineered for dependable detection across various applications, particularly in automation and industrial settings. With its advanced features, it is suited for small object detection, enhancing processes that demand high precision and quick response times. The inclusion of a robust red LED contributes to performance durability and versatility across diverse industries.

• High sensing speed with a response time of 30μs
• Dual digital display for immediate readouts
• Streamlined setup with intuitive push button teaching
• Selectable power modes and response times
• Sturdy construction with a maximum operating temperature of +55°C
• Pre-wired for easy installation in rail-mounted systems

• Utilised in automation systems for accurate object detection
• Suitable for electronic manufacturing for quality assurance
• Applicable in robotic systems for alignment tasks
• Employed in conveyor systems to monitor product flow

Ensure the unit clicks securely onto the DIN rail, following the provided installation guidelines.

Check the sensor's adjustment settings and verify its alignment, ensuring there are no obstructions in the sensing area.

It is not intended for outdoor use and should be operated in controlled environments to prevent damage from elements such as water or humidity.

Compatibility is dependent on the overall system architecture, but it generally integrates well with various industrial automation configurations.